File startup_gcc.c

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Definitions for interrupt handlers, the vector table, and the stack.

• #include "apollo5b.h"

Public Attributes

Type	Name
const uint32_t *const	__pPatchable = (uint32\_t \*) \_\_Patchable
uint32_t	_ebss
uint32_t	_edata
uint32_t	_etext
uint32_t	_sbss
uint32_t	_sdata

Public Functions

Type	Name
void	HardFault_Handler (void)
void	NMI_Handler (void)
void	Reset_Handler (void)
	__attribute__ ((section(".patch")))
void	am_default_isr (void)

Macros

Type	Name
define	AM_HEAP_SIZE (sizeof(g\_pui32Heap))
define	AM_STACK_LIMIT ((uint32\_t)&g\_pui32Stack)
define	AM_STACK_SIZE (sizeof(g\_pui32Stack))
define	HEAP_SIZE 1024

Public Attributes Documentation

variable __pPatchable

const uint32_t* const __pPatchable;

---

variable _ebss

uint32_t _ebss;

---

variable _edata

uint32_t _edata;

---

variable _etext

uint32_t _etext;

---

variable _sbss

uint32_t _sbss;

---

variable _sdata

uint32_t _sdata;

---

Public Functions Documentation

function HardFault_Handler

void HardFault_Handler (
    void
) 

---

function NMI_Handler

void NMI_Handler (
    void
) 

---

function Reset_Handler

void Reset_Handler (
    void
) 

---

function __attribute__

__attribute__ (
    (section(".patch"))
) 

---

function am_default_isr

void am_default_isr (
    void
) 

---

Macro Definition Documentation

define AM_HEAP_SIZE

#define AM_HEAP_SIZE `(sizeof(g_pui32Heap))`

---

define AM_STACK_LIMIT

#define AM_STACK_LIMIT `((uint32_t)&g_pui32Stack)`

---

define AM_STACK_SIZE

#define AM_STACK_SIZE `(sizeof(g_pui32Stack))`

---

define HEAP_SIZE

#define HEAP_SIZE `1024`

---

---

The documentation for this class was generated from the following file neuralSPOT/neuralspot/ns-core/src/apollo5b/gcc/startup_gcc.c